TDA-6C气溶胶发生器美国ATI

 

TDA-6C气溶胶发生器美国ATI

TDA-6C

气溶胶发生器

TDA-6C型悬浮粒子发生器是ATI制造的便携式Laskin nozzle喷射型产尘仪可以在气流流量从50到2000立方英尺每分钟的气流中产生次微米且浓度在10 到 100微克每升的悬浮粒子

TDA-6C Aerosol Generator
TDA-6C气溶胶发生器

1,     TDA-6C气溶胶发生器产品特点:

1.1    气流范围广（50-2,000CFM）
1.2    Laskin Nozzle 喷射产尘

2,      TDA-6C气溶胶发生器应用

2.1    洁净工作台
2.2    洁净房
2.3    HVAC系统
2.4    HEPA过滤器
2.5    ULPA过滤器 
2.6    ***室
2.7    核子过滤系统
2.8    汇集保护过滤器
2.9    研究与发展

3,     TDA-6C气溶胶发生器产品介绍：

　     TDA-6C气溶胶发生器是ATI制造的便携式Laskin nozzle喷射型产尘仪可以在气流流量从50到2000立方英尺每分钟的气流中产生次微米且浓度在10 到 100微克每升的悬浮粒子.所有的Laskin nozzle喷射型产尘仪都采用耐用的不锈钢结构,大的填充口,***的喷嘴控制,压力控制和3"标准的清洁接头输出.一个可选的适配器可使悬浮粒子导入正压系统.无论您什么测试需要,我们都会有一款符合您的要求.
　     TDA-6C气溶胶发生器是***近设计的耐用的,轻便的Laskin nozzle产尘仪.TDA-6C是一个***的产尘仪仅仅只需要一个合适的电压源供应便可产生多分散的次微米悬浮粒子.

        TDA-6C气溶胶发生器功能：

　　  TDA-6C气溶胶发生器有6个Laskin nozzle喷嘴.当它在20 psig压力时整个输出被200立方英尺的空气稀释,气体的浓度接近100 微克每升.内置的调节阀可以调节在2个喷嘴或6个喷嘴去产尘,提供一个宽范围的气体浓度.
　　  TDA-6C气溶胶发生器被推荐测在流量2000立方英尺每分钟或以下的系统.是理想的工作站,负压过滤单元,生物安全柜,天花过滤模块,小的或可移动的的洁净单元,或HEPA过滤器单元在安装时,合适的干净的压缩空气没来得及供应时.

4,    TDA-6C气溶胶发生器技术参数:
4.1   空气悬浮粒子输出范围:   50 - 2,000立方英尺每分钟
4.2   悬浮粒子浓度                 100微克 / 升在 200 立方英尺每分钟流量时
4.3   悬浮粒子浓度                 10微克 / 升在2,000立方英尺每分钟时流量时
4.4   产生类型                        2到6个 Laskin Nozzle 喷头
4.5   压缩空气                        不需要，已有内置压缩机
4.6   气体类型                        多种直径的粒子 （冷）
4.7   尺寸                              (54cm L   28cm W    20cm H)
4.8   重量                              25 KG
4.9   电源                              120 VAC  /  60 Hz  或  220 VAC  /  50hz

ATI悬浮粒子发生器 / TDA-6C产尘仪 /  空气粒子发生器 /  PAO油发生器 / 过滤器完整性测试系统

 

 

英文详细介绍：

 

Description

 

The TDA-6C features several improvements including rugged stainless steel c***truction, large fill port, jet and pressure control, and a 3" standard sanitary fitting outlet. An optional hose adapter, part # 9300100, is ***ailable for introducing the aerosol into positive pressure systems.

 

The TDA-6C is the latest design in rugged, lightweight Laskin nozzle generators from ATI. The TDA-6C is a self-contained aerosol generator that requires only a suitable voltage source to create polydispersed sub-micron oil aerosol.

 

Features

 

The TDA-6C has 6 Laskin nozzle jets (Equivalent to 1-1/2 Type III-A Laskin nozzles). When its total output at 20 psig is diluted by 200 cfm of air, the aerosol concentration is approximately 100 ug/l. A valve permits the unit to be operated with either 2 jets (1/2 nozzle) or 6 nozzle jets (1-1/2 nozzles), providing a wide range of aerosol concentrati***.

 

The TDA-6C is recommended for testing systems with airflows of 2,000 cfm and lower. It is ideal for workstati***, Negative Pressure Filtration Units, biosafety cabinets, ceiling modules, ***all or portable cleanrooms, or HEPA filter units in installati*** where an adequate supply of clean, compressed air is not readily ***ailable.

 

 

 

TDA-6C Specificati***

 

Aerosol Output Range: 50-2,000 cfm

Aerosol Concentration 100 ug/1@ 200 cfm

Aerosol Concentration 10 ug/1@ 2,000 cfm

Generator Type: 2 to 6 Laskin nozzle Jets

Aerosol Type: Polydispersed (Cold)

Size: 21" L × 8" W × 11" H (54cm L × 20cm W × 28cm H)

Electrical:      

110 VAC / 60 HZ  Weight-Pounds (lbs) 55

  Weight-Kilograms (kg) 25

     

220 VAC / 50 HZ Weight-Pounds (lbs) 55

  Weight-Kilograms (kg) 25

 

 

TDA-6C Aerosol output calculation

The TDA-6C includes a total of 1-1/2 Laskin nozzles. Each "full" nozzle c***ists of four jets located at the nozzle tip, for a total of six jets. The aerosol concentration depends on the compressed air pressure and flow ***ailable for c***umption by the nozzle. With 20 psig applied, each jet emits 18.75 slpm of air containing 1,275 ug/l of aerosol. When this aerosol is diluted with 135 cfm of air, the aerosol concentration becomes approximately 25 micrograms per liter. The equation below is for purposes of calculating the aerosol output in micrograms per liter (ug/l) when 20 psig is applied to the nozzle jets.

 

 

3,375 x (# of jets being used)

 

Total airflow (CFM)

 

NOTE: If more than 20 psig is used, the output concentration will increase and, conversely, if less than 20 psig is used, the output concentration will decrease.

 

Applicati***

 

Clean Rooms

Laminar Flow Benches

Biosafety Cabinets

Glove Boxes

HEPA Vacuum Cleaners

HVAC Systems

HEPA Filters

ULPA Filters

Negative Pressure Filtration Units

Surgical Suites

Nuclear Filter Banks

Collective Protection Filters

Research and Development

 

 

Industries

 

Pharmaceutical

Food Processing

Veterinary Medicine

Laboratories

Asbestos Abatement

He***y Metal Processors

Nuclear Power and Fuel

Hospitals

Chemical Processing

Certifiers

NBC Defense Agencies

Governmental Labs

Filter Manufacturers

Micro Electronic

Electronic

Biotechnology

Micromechanics